For underwater use Architecture beneath the surface
NEVA 3D 1617 II
High-performance architectural silicone neon engineered for demanding wet and underwater environments, delivering seamless linear illumination with exceptional durability and visual consistency.
A continuous line of light.
Its specially engineered optical structure produces smooth, continuous illumination while minimizing visible light leakage, making it suitable for swimming pools, water features and demanding exterior architectural applications.
Defined by performance.
Built for demanding environments.
Integrated IP68 Construction
Advanced integrated molding and sealing technology helps provide continuous protection in demanding wet and underwater applications.
Chlorine Resistant Silicone
Special silicone formulation provides chlorine resistance up to 5 PPM and improved corrosion resistance for swimming-pool applications.
Uniform Light Distribution
Optimized internal optical construction creates continuous illumination with controlled light leakage along the profile.
UV Resistant
Designed for exterior installations where long-term exposure to sunlight and weather conditions is expected.
Saltwater Resistant
Engineered for challenging environments including architectural water features and selected coastal applications.
Mechanical Protection
IK10 impact protection provides additional mechanical durability for demanding architectural installations.
Light output.
Typical single-color performance values. Actual electrical power and light output may vary by up to ±10%.
| CCT | 5 W/m | 10 W/m | 15 W/m | CRI |
|---|---|---|---|---|
| 1800K | 225 lm/m | 430 lm/m | 612 lm/m | ≥90 |
| 2100K | 251 lm/m | 480 lm/m | 686 lm/m | ≥90 |
| 2400K | 272 lm/m | 520 lm/m | 743 lm/m | ≥90 |
| 2700K | 293 lm/m | 557 lm/m | 794 lm/m | ≥90 |
| 3000K | 300 lm/m | 572 lm/m | 815 lm/m | ≥90 |
| 3500K | 301 lm/m | 573 lm/m | 821 lm/m | ≥90 |
| 4000K | 324 lm/m | 623 lm/m | 891 lm/m | ≥90 |
| 5000K | 306 lm/m | 591 lm/m | 849 lm/m | ≥90 |
| 6500K | 297 lm/m | 578 lm/m | 830 lm/m | ≥90 |
Designed for the installation.
| Power | Maximum Run Length | Unit Cut | Supply |
|---|---|---|---|
| 5 W/m | 12 m | 50 mm | DC24V CV |
| 10 W/m | 8 m | 50 mm | DC24V CV |
| 15 W/m | 6 m | 50 mm | DC24V CV |
One profile. Multiple possibilities.
Technical considerations.
Power Supply
Use a DC24V isolated constant-voltage power supply. A minimum 20% power reserve is recommended to maintain stable operation.
Maximum Power
For UL676 configurations, power must not exceed 15 W/m and the total power of one continuous strip must not exceed 100 W.
Bending Direction
This profile is designed for horizontal bending. Minimum bending diameter: Ø200 mm. Twisting and bending against the designed direction must be avoided.
Installation
Avoid excessive bending, twisting or mechanical stress during installation. For runs longer than 2 meters, two-person installation is recommended.
IP68 Processing
IP68 protection depends on factory-controlled sealing and termination. Field cutting or reprocessing may affect the declared ingress protection performance.
For underwater use Architecture beneath the surface
NEVA 3D 1617 II
High-performance architectural silicone neon engineered for demanding wet and underwater environments, delivering seamless linear illumination with exceptional durability and visual consistency.
A continuous line of light.
Its specially engineered optical structure produces smooth, continuous illumination while minimizing visible light leakage, making it suitable for swimming pools, water features and demanding exterior architectural applications.
Defined by performance.
Built for demanding environments.
Integrated IP68 Construction
Advanced integrated molding and sealing technology helps provide continuous protection in demanding wet and underwater applications.
Chlorine Resistant Silicone
Special silicone formulation provides chlorine resistance up to 5 PPM and improved corrosion resistance for swimming-pool applications.
Uniform Light Distribution
Optimized internal optical construction creates continuous illumination with controlled light leakage along the profile.
UV Resistant
Designed for exterior installations where long-term exposure to sunlight and weather conditions is expected.
Saltwater Resistant
Engineered for challenging environments including architectural water features and selected coastal applications.
Mechanical Protection
IK10 impact protection provides additional mechanical durability for demanding architectural installations.
Light output.
Typical single-color performance values. Actual electrical power and light output may vary by up to ±10%.
| CCT | 5 W/m | 10 W/m | 15 W/m | CRI |
|---|---|---|---|---|
| 1800K | 225 lm/m | 430 lm/m | 612 lm/m | ≥90 |
| 2100K | 251 lm/m | 480 lm/m | 686 lm/m | ≥90 |
| 2400K | 272 lm/m | 520 lm/m | 743 lm/m | ≥90 |
| 2700K | 293 lm/m | 557 lm/m | 794 lm/m | ≥90 |
| 3000K | 300 lm/m | 572 lm/m | 815 lm/m | ≥90 |
| 3500K | 301 lm/m | 573 lm/m | 821 lm/m | ≥90 |
| 4000K | 324 lm/m | 623 lm/m | 891 lm/m | ≥90 |
| 5000K | 306 lm/m | 591 lm/m | 849 lm/m | ≥90 |
| 6500K | 297 lm/m | 578 lm/m | 830 lm/m | ≥90 |
Designed for the installation.
| Power | Maximum Run Length | Unit Cut | Supply |
|---|---|---|---|
| 5 W/m | 12 m | 50 mm | DC24V CV |
| 10 W/m | 8 m | 50 mm | DC24V CV |
| 15 W/m | 6 m | 50 mm | DC24V CV |
One profile. Multiple possibilities.
Technical considerations.
Power Supply
Use a DC24V isolated constant-voltage power supply. A minimum 20% power reserve is recommended to maintain stable operation.
Maximum Power
For UL676 configurations, power must not exceed 15 W/m and the total power of one continuous strip must not exceed 100 W.
Bending Direction
This profile is designed for horizontal bending. Minimum bending diameter: Ø200 mm. Twisting and bending against the designed direction must be avoided.
Installation
Avoid excessive bending, twisting or mechanical stress during installation. For runs longer than 2 meters, two-person installation is recommended.
IP68 Processing
IP68 protection depends on factory-controlled sealing and termination. Field cutting or reprocessing may affect the declared ingress protection performance.
For underwater use Architecture beneath the surface
NEVA 3D 1617 II
High-performance architectural silicone neon engineered for demanding wet and underwater environments, delivering seamless linear illumination with exceptional durability and visual consistency.
A continuous line of light.
Its specially engineered optical structure produces smooth, continuous illumination while minimizing visible light leakage, making it suitable for swimming pools, water features and demanding exterior architectural applications.
Defined by performance.
Built for demanding environments.
Integrated IP68 Construction
Advanced integrated molding and sealing technology helps provide continuous protection in demanding wet and underwater applications.
Chlorine Resistant Silicone
Special silicone formulation provides chlorine resistance up to 5 PPM and improved corrosion resistance for swimming-pool applications.
Uniform Light Distribution
Optimized internal optical construction creates continuous illumination with controlled light leakage along the profile.
UV Resistant
Designed for exterior installations where long-term exposure to sunlight and weather conditions is expected.
Saltwater Resistant
Engineered for challenging environments including architectural water features and selected coastal applications.
Mechanical Protection
IK10 impact protection provides additional mechanical durability for demanding architectural installations.
Light output.
Typical single-color performance values. Actual electrical power and light output may vary by up to ±10%.
| CCT | 5 W/m | 10 W/m | 15 W/m | CRI |
|---|---|---|---|---|
| 1800K | 225 lm/m | 430 lm/m | 612 lm/m | ≥90 |
| 2100K | 251 lm/m | 480 lm/m | 686 lm/m | ≥90 |
| 2400K | 272 lm/m | 520 lm/m | 743 lm/m | ≥90 |
| 2700K | 293 lm/m | 557 lm/m | 794 lm/m | ≥90 |
| 3000K | 300 lm/m | 572 lm/m | 815 lm/m | ≥90 |
| 3500K | 301 lm/m | 573 lm/m | 821 lm/m | ≥90 |
| 4000K | 324 lm/m | 623 lm/m | 891 lm/m | ≥90 |
| 5000K | 306 lm/m | 591 lm/m | 849 lm/m | ≥90 |
| 6500K | 297 lm/m | 578 lm/m | 830 lm/m | ≥90 |
Designed for the installation.
| Power | Maximum Run Length | Unit Cut | Supply |
|---|---|---|---|
| 5 W/m | 12 m | 50 mm | DC24V CV |
| 10 W/m | 8 m | 50 mm | DC24V CV |
| 15 W/m | 6 m | 50 mm | DC24V CV |
One profile. Multiple possibilities.
Technical considerations.
Power Supply
Use a DC24V isolated constant-voltage power supply. A minimum 20% power reserve is recommended to maintain stable operation.
Maximum Power
For UL676 configurations, power must not exceed 15 W/m and the total power of one continuous strip must not exceed 100 W.
Bending Direction
This profile is designed for horizontal bending. Minimum bending diameter: Ø200 mm. Twisting and bending against the designed direction must be avoided.
Installation
Avoid excessive bending, twisting or mechanical stress during installation. For runs longer than 2 meters, two-person installation is recommended.
IP68 Processing
IP68 protection depends on factory-controlled sealing and termination. Field cutting or reprocessing may affect the declared ingress protection performance.
For underwater use Architecture beneath the surface
NEVA 3D 1617 II
High-performance architectural silicone neon engineered for demanding wet and underwater environments, delivering seamless linear illumination with exceptional durability and visual consistency.
A continuous line of light.
Its specially engineered optical structure produces smooth, continuous illumination while minimizing visible light leakage, making it suitable for swimming pools, water features and demanding exterior architectural applications.
Defined by performance.
Built for demanding environments.
Integrated IP68 Construction
Advanced integrated molding and sealing technology helps provide continuous protection in demanding wet and underwater applications.
Chlorine Resistant Silicone
Special silicone formulation provides chlorine resistance up to 5 PPM and improved corrosion resistance for swimming-pool applications.
Uniform Light Distribution
Optimized internal optical construction creates continuous illumination with controlled light leakage along the profile.
UV Resistant
Designed for exterior installations where long-term exposure to sunlight and weather conditions is expected.
Saltwater Resistant
Engineered for challenging environments including architectural water features and selected coastal applications.
Mechanical Protection
IK10 impact protection provides additional mechanical durability for demanding architectural installations.
Light output.
Typical single-color performance values. Actual electrical power and light output may vary by up to ±10%.
| CCT | 5 W/m | 10 W/m | 15 W/m | CRI |
|---|---|---|---|---|
| 1800K | 225 lm/m | 430 lm/m | 612 lm/m | ≥90 |
| 2100K | 251 lm/m | 480 lm/m | 686 lm/m | ≥90 |
| 2400K | 272 lm/m | 520 lm/m | 743 lm/m | ≥90 |
| 2700K | 293 lm/m | 557 lm/m | 794 lm/m | ≥90 |
| 3000K | 300 lm/m | 572 lm/m | 815 lm/m | ≥90 |
| 3500K | 301 lm/m | 573 lm/m | 821 lm/m | ≥90 |
| 4000K | 324 lm/m | 623 lm/m | 891 lm/m | ≥90 |
| 5000K | 306 lm/m | 591 lm/m | 849 lm/m | ≥90 |
| 6500K | 297 lm/m | 578 lm/m | 830 lm/m | ≥90 |
Designed for the installation.
| Power | Maximum Run Length | Unit Cut | Supply |
|---|---|---|---|
| 5 W/m | 12 m | 50 mm | DC24V CV |
| 10 W/m | 8 m | 50 mm | DC24V CV |
| 15 W/m | 6 m | 50 mm | DC24V CV |
One profile. Multiple possibilities.
Technical considerations.
Power Supply
Use a DC24V isolated constant-voltage power supply. A minimum 20% power reserve is recommended to maintain stable operation.
Maximum Power
For UL676 configurations, power must not exceed 15 W/m and the total power of one continuous strip must not exceed 100 W.
Bending Direction
This profile is designed for horizontal bending. Minimum bending diameter: Ø200 mm. Twisting and bending against the designed direction must be avoided.
Installation
Avoid excessive bending, twisting or mechanical stress during installation. For runs longer than 2 meters, two-person installation is recommended.
IP68 Processing
IP68 protection depends on factory-controlled sealing and termination. Field cutting or reprocessing may affect the declared ingress protection performance.
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